If you’re looking to break into engineering without spending four years in school, you’re not alone. More students and career-changers are exploring 2-year engineering degrees as a fast, flexible way to launch a technical career. This guide will explain what these degrees are, the options available, how employers view them, and what to watch for as you plan your next step.
In this guide, we’ll explain what a 2-year engineering degree is, outline the types of 2-year engineering degrees available, explore whether 2-year engineering degrees are credible, discuss common career paths, and offer practical advice on how to choose the right program based on your goals.
What Is a 2-Year Engineering Degree?
When people ask, what is a 2-year engineering degree, they are typically referring to an associate degree program focused on engineering or engineering technology. These programs are usually offered at community colleges, technical schools, and some universities, and they can often be completed in about two years of full-time study.
There are two primary categories of 2-year engineering degrees:
- Engineering Technology Degrees: These focus on the practical application of engineering principles. Graduates are typically prepared for technician or technologist roles in industries such as manufacturing, construction, utilities, and aerospace.
- Pre-Engineering Degrees: These programs emphasize foundational math, physics, and engineering coursework, designed to transfer into a four-year bachelor’s program in engineering.
It’s important to understand that a 2-year engineering degree does not qualify graduates for licensure as a Professional Engineer (PE). Licensure typically requires a bachelor’s degree in engineering from an ABET-accredited program, relevant work experience, and successful completion of the Fundamentals of Engineering (FE) and Principles and Practice of Engineering (PE) exams. However, associate degree holders can play critical roles as skilled technicians and technologists who help design, test, and maintain engineering systems and infrastructure.
If you are exploring different engineering pathways, reviewing the full range of types of engineering degrees can help you understand how a 2-year degree compares to other options, including bachelor’s and advanced degrees.
Types of 2-Year Engineering Degrees
If you’re considering this path, it’s helpful to understand the major categories and specializations available. The types of 2-year engineering degrees generally fall into three main groups, each offering different educational outcomes and career opportunities.
Engineering Technology Degrees (AS, AAS)
Associate of Science (AS) and Associate of Applied Science (AAS) degrees in engineering technology are among the most common 2-year options.
These programs focus on applying engineering principles to solve real-world problems and often emphasize hands-on skills in areas such as:
- Computer-aided design (CAD)
- Materials testing
- Electronics and circuit design
- Manufacturing processes
Graduates are prepared to work as engineering technicians or technologists, supporting engineers and other technical professionals in designing, testing, and maintaining systems.
Pre-Engineering Degrees (Transfer-Focused)
Some community colleges offer Associate of Science (AS) degrees in pre-engineering.
These programs are designed for students who intend to transfer to a four-year university to complete a bachelor’s degree in engineering. Pre-engineering associate degrees typically focus on:
- Calculus and advanced mathematics
- Physics and chemistry
- Introductory engineering coursework
Students following this route should work closely with advisors to ensure their credits will transfer smoothly to their target bachelor’s programs.
Specialized Associate Degrees
Several schools offer specialized associate degrees in particular engineering fields. These allow students to focus their studies and prepare for industry-specific roles:
- Civil Engineering Technology: Surveying, infrastructure projects, construction support
- Mechanical Engineering Technology: Manufacturing, automotive systems, industrial design
- Electrical Engineering Technology: Electronics, telecommunications, power systems
- Aerospace Engineering Technology: Aircraft and spacecraft testing, aerospace manufacturing
- Surveying and Geomatics Technology: Land surveying, mapping, geographic information systems (GIS)
These specialized programs equip graduates with skills tailored to specific sectors, improving their employability in industries that highly value technical expertise.
Are 2-Year Engineering Degrees Credible?
One of the most common questions prospective students ask is, are 2-year engineering degrees credible?
The short answer is yes — but with important context.
Credibility depends on several factors, including the program’s accreditation, the industry you plan to enter, and your career goals. A strong 2-year engineering program can open doors to rewarding technical careers, but it’s important to choose wisely to ensure your education is recognized and respected by employers.
The Importance of Accreditation
Accreditation is one of the key markers of a program’s credibility. For 2-year engineering degrees, the most relevant accrediting body is ABET (Accreditation Board for Engineering and Technology). Within ABET, three commissions are especially important for associate-level programs:
- ETAC (Engineering Technology Accreditation Commission): Accredits engineering technology programs at the associate and bachelor’s levels.
- ANSAC (Applied and Natural Science Accreditation Commission): Accredits programs in fields closely related to engineering, such as surveying and environmental science.
- CAC (Computing Accreditation Commission): Accredits programs in computing fields, which can overlap with areas like computer engineering technology.
Choosing a program accredited by ABET — particularly ETAC — can add significant credibility to your degree. Accreditation assures that the curriculum meets industry standards and that graduates are well-prepared for technical roles.
Career Value and Limitations
With a 2-year engineering degree, you can pursue roles such as:
- Engineering technician
- Electrical or mechanical technologist
- CAD designer
- Surveying technician
- Manufacturing or quality control technician
These roles are vital to engineering projects and offer good salaries and growth potential, especially in industries like manufacturing, utilities, construction, and aerospace.
However, it’s important to recognize the limitations:
- A 2-year degree does not typically lead to licensure as a Professional Engineer (PE).
- Career advancement beyond mid-level technical roles may eventually require a bachelor’s degree.
That said, many associate degree holders build strong, satisfying careers — and some later return to school to complete a bachelor’s degree, often while working.
Career Paths with a 2-Year Engineering Degree
A 2-year engineering degree can open doors to a variety of technical careers across multiple industries. While associate degree holders may not design systems as licensed engineers do, they play essential roles in supporting engineering teams, ensuring quality control, maintaining equipment, and helping bring complex projects to life.
Here’s what you can expect when you pursue this path:
Possible Job Titles
Graduates with a 2-year engineering degree often qualify for roles such as:
- Engineering Technician (civil, mechanical, electrical, environmental)
- Manufacturing or Production Technician
- CAD (Computer-Aided Design) Designer or Drafter
- Surveying and Mapping Technician
- Field Service Technician
- Quality Control Specialist
- Mechanical or Electrical Technologist
These positions focus on the applied, hands-on aspects of engineering work, from building and testing prototypes to assisting with site inspections and monitoring manufacturing processes.
Industries That Hire Associate Degree Holders
Many sectors actively seek skilled technical professionals with associate-level education, including:
- Manufacturing and Industrial Production
- Construction and Civil Infrastructure
- Aerospace and Defense
- Utilities (e.g., energy, water, telecommunications)
- Transportation and Automotive
- Environmental Consulting and Surveying
Technicians and technologists are critical to the day-to-day operations of these industries, providing valuable support that enables projects to move from design to reality.
Typical Salary Ranges
Salaries for associate degree holders in engineering-related fields vary depending on specialization, industry, and location. According to the U.S. Bureau of Labor Statistics (BLS), here’s what you can expect in several key technician roles accessible with a 2-year engineering degree:
- Mechanical Engineering Technologists and Technicians: Median annual wage of $68,730 as of May 2024. These professionals support mechanical engineers in the design, testing, and manufacturing of machines and systems.
- Electrical and Electronic Engineering Technologists and Technicians: Median annual wage of $77,180 as of May 2024. They help design and develop electrical systems and components for a wide range of products.
- Civil Engineering Technologists and Technicians: Median annual wage of $64,200 as of May 2024. These technicians support civil engineers in planning and executing infrastructure projects.
- Aerospace Engineering and Operations Technologists and Technicians: Median annual wage of $79,830 as of May 2024. They help run, maintain, and test equipment used in the development and production of aircraft and spacecraft.
- Surveying and Mapping Technicians: Median annual wage of $51,940 as of May 2024. These professionals collect and process data to support construction, land development, and environmental projects.
These roles offer a strong return on a two-year investment in education, particularly in industries where hands-on technical skills and applied knowledge are in high demand. While some positions show modest growth rates, the overall need to replace retiring workers or those changing careers continues to drive job openings in many technical fields.
How to Choose a 2-Year Engineering Program
Selecting the right 2-year engineering degree program is a crucial step toward setting yourself up for career success. While associate degrees offer a faster and more affordable pathway into technical fields, the quality and focus of programs can vary widely. Taking a thoughtful approach to your selection will help you maximize the value of your education.
Importance of Accreditation
When evaluating programs, check whether they hold regional accreditation and — ideally — ABET accreditation through the Engineering Technology Accreditation Commission (ETAC) or a related ABET commission.
Accredited programs have been vetted for curriculum quality, faculty qualifications, and student outcomes. Attending an accredited school strengthens your résumé and may make it easier to pursue certifications or continue your education later.
Transfer Options for Bachelor’s Degrees
Some associate degree programs — particularly pre-engineering degrees — are structured for easy transfer into four-year bachelor’s degree programs.
If you think you might eventually pursue a bachelor’s, look for:
- Formal articulation agreements between the associate degree program and nearby universities
- Credit transfer guarantees to ensure you won’t lose valuable time or money when moving forward
- Pre-engineering curricula that align closely with bachelor’s-level coursework
Planning for potential transfer early can give you more flexibility later in your academic or professional journey.
Factors Like Specialization, Cost, and Delivery Format
Other important factors to consider include:
- Specialization focus: Choose a field aligned with industries you’re interested in, such as civil, mechanical, or electrical technology.
- Program cost and financial aid availability: Compare tuition rates and available scholarships to ensure affordability.
- Format options: Some programs offer fully online or hybrid courses, which can provide added flexibility for working students or those with family responsibilities.
Ultimately, the best program will match your goals, budget, and lifestyle — providing a solid foundation for entry into the workforce or further academic achievement.
FAQ
Can you become an engineer with a 2-year degree?
In most cases, no — at least not in the traditional sense of being licensed as a Professional Engineer (PE). A 2-year engineering degree typically prepares students for technician or technologist roles, where they work alongside professional engineers to support the design, testing, and implementation of engineering projects.
While these positions are critical and rewarding, becoming a licensed engineer usually requires completing a four-year bachelor’s degree from an ABET-accredited engineering program, passing the Fundamentals of Engineering (FE) exam, gaining professional experience, and passing the Principles and Practice of Engineering (PE) exam.
What’s the difference between an engineering technician and a professional engineer?
An engineering technician — typically a graduate of a 2-year program — assists engineers by collecting data, running tests, building models, and maintaining equipment. Their focus is often on the practical application of engineering concepts in the field or laboratory.
A professional engineer (PE), on the other hand, designs complex systems, makes critical project decisions, oversees technicians, and holds legal responsibility for engineering work. A PE must have a four-year degree, pass licensing exams, and meet specific experience requirements.
Are there fully online 2-year engineering degree options?
Yes, there are some fully online associate programs in engineering technology fields such as civil, electrical, or mechanical engineering technology. However, students interested in more hands-on specializations should verify whether labs or in-person components are required. Online learning can be a flexible way to complete a 2-year engineering degree, but it’s important to ensure that the program is accredited and provides sufficient practical training for your career goals.
How do associate degrees transfer to bachelor’s programs?
Many pre-engineering associate degrees are designed with transfer in mind. Some programs have articulation agreements with four-year universities, which guarantee that credits will transfer smoothly toward a bachelor’s degree. If you are planning to transfer, it’s crucial to:
- Confirm that your courses match the bachelor’s program requirements.
- Work closely with advisors to choose the right electives.
- Keep documentation like syllabi in case detailed course descriptions are needed during credit evaluations.
What certifications can enhance a 2-year engineering graduate’s career?
Earning industry-recognized certifications can significantly boost the career prospects of associate degree holders. Examples include:
- Certified Engineering Technician (CET) — in applicable regions
- Certified Manufacturing Technologist (CMfgT) — from the Society of Manufacturing Engineers (SME)
- AutoCAD Certification — for those entering design and drafting roles
- Certified Survey Technician (CST) — for surveying and geomatics professionals
Adding certifications to your résumé can demonstrate specialized expertise and strengthen your competitiveness in technical job markets.
Next Steps
A 2-year engineering degree can be a valuable and efficient way to launch a career in technical fields — or to build a strong foundation for further study. Whether you choose a program focused on immediate employment or future transfer opportunities, thoughtful planning will help you make the most of your investment.
Below, you’ll find a list of associate degree programs accredited by ABET, gathered in 2025, to help start your research. Because accreditation status can change, we recommend visiting the official ABET accreditation directory to verify the most up-to-date program information.
| School Name | City | State | Program Name | Accredited By |
| The University of West Alabama | Livingston | Alabama | Industrial Maintenance | ETAC |
| University of Arkansas at Little Rock | Little Rock | Arkansas | Mechanical Engineering Technology | ETAC |
| University of Arkansas at Little Rock | Little Rock | Arkansas | Electronics and Computer Engineering Technology | ETAC |
| Connecticut State Community College | Waterbury | Connecticut | Electronic Engineering Technology | ETAC |
| Connecticut State Community College | Waterbury | Connecticut | Mechanical Engineering Technology | ETAC |
| Delaware Technical & Community College, Stanton | Newark | Delaware | Mechanical Engineering Technology | ETAC |
| Embry-Riddle Aeronautical University – Worldwide | Daytona Beach | Florida | Associate of Science in Engineering Fundamentals | ANSAC |
| Augusta Technical College | Augusta | Georgia | Mechanical Engineering Technology | ETAC |
| Augusta Technical College | Augusta | Georgia | Electrical and Computer Engineering Technology | ETAC |
| Savannah Technical College | Savannah | Georgia | Electronic and Computer Engineering Technology | ETAC |
| Idaho State University | Pocatello | Idaho | Civil Engineering Technology | ETAC |
| Idaho State University | Pocatello | Idaho | Robotics and Communication Systems Engineering Technology | ETAC |
| Idaho State University | Pocatello | Idaho | Energy Systems Electrical Engineering Technology | ETAC |
| Idaho State University | Pocatello | Idaho | Energy Systems Instrumentation Engineering Technology | ETAC |
| Idaho State University | Pocatello | Idaho | Energy Systems Mechanical Engineering Technology | ETAC |
| Idaho State University | Pocatello | Idaho | Energy Systems Nuclear Operations Technology | ETAC |
| Idaho State University | Pocatello | Idaho | Industrial Cybersecurity Engineering Technology | ETAC |
| DeVry University (includes all institution locations with ABET-accredited programs) | Lisle | Illinois | Engineering Technology | ETAC |
| Morrison Institute of Technology | Morrison | Illinois | Engineering Technology | ETAC |
| Ivy Tech Community College, Columbus | Columbus | Indiana | Columbus Engineering Technology | ETAC |
| Ivy Tech Community College, Columbus | Columbus | Indiana | Columbus Mechanical Engineering Technology – TSAP | ETAC |
| Ivy Tech Community College, Fort Wayne | Fort Wayne | Indiana | Electrical Engineering Technology | ETAC |
| Ivy Tech Community College, Fort Wayne | Fort Wayne | Indiana | Engineering Technology | ETAC |
| Ivy Tech Community College, Fort Wayne | Fort Wayne | Indiana | Mechanical Engineering Technology | ETAC |
| Ivy Tech Community College, Indianapolis | Indianapolis | Indiana | Electrical Engineering Technology | ETAC |
| Ivy Tech Community College, Indianapolis | Indianapolis | Indiana | Mechanical Engineering Technology | ETAC |
| Purdue University Fort Wayne | Fort Wayne | Indiana | Mechanical Engineering Technology | ETAC |
| Purdue University Fort Wayne | Fort Wayne | Indiana | Electrical Engineering Technology | ETAC |
| Purdue University Fort Wayne | Fort Wayne | Indiana | Industrial Engineering Technology | ETAC |
| Delgado Community College | New Orleans | Louisiana | Electrical-Electronic(s) Engineering Technology | ETAC |
| Anne Arundel Community College | Arnold | Maryland | Information Assurance and Cybersecurity | CAC |
| College of Southern Nevada | North Las Vegas | Nevada | Engineering Technology – Electronics Emphasis | ETAC |
| College of Southern Nevada | North Las Vegas | Nevada | Engineering Technology – Telecommunications Emphasis | ETAC |
| Nashua Community College | Nashua | New Hampshire | Electronic Engineering Technology | ETAC |
| NHTI-Concord’s Community College | Concord | New Hampshire | Architectural Engineering Technology | ETAC |
| NHTI-Concord’s Community College | Concord | New Hampshire | Computer Engineering Technology | ETAC |
| NHTI-Concord’s Community College | Concord | New Hampshire | Electronic(s) Engineering Technology | ETAC |
| NHTI-Concord’s Community College | Concord | New Hampshire | Mechanical Engineering Technology | ETAC |
| County College of Morris | Randolph | New Jersey | Electronic(s) Engineering Technology | ETAC |
| County College of Morris | Randolph | New Jersey | Mechanical Engineering Technology | ETAC |
| Essex County College | Newark | New Jersey | Civil Construction Engineering Technology | ETAC |
| Essex County College | Newark | New Jersey | Electrical Engineering Technology | ETAC |
| Essex County College | Newark | New Jersey | Mechanical & Manufacturing Engineering Technology | ETAC |
| Middlesex College | Edison | New Jersey | Electrical Engineering Technology | ETAC |
| Middlesex College | Edison | New Jersey | Mechanical Engineering Technology | ETAC |
| Middlesex College | Edison | New Jersey | Civil Engineering Technology | ETAC |
| Rowan College at Burlington County | Mount Laurel | New Jersey | Electrical Engineering Technology | ETAC |
| Navajo Technical University | Crownpoint | New Mexico | Chemical Engineering Technology | ETAC |
| Navajo Technical University | Crownpoint | New Mexico | Engineering Technology | ETAC |
| Alfred State College | Alfred | New York | Mechanical Engineering Technology | ETAC |
| Alfred State College | Alfred | New York | Construction Engineering Technology | ETAC |
| Alfred State College | Alfred | New York | Electrical Engineering Technology | ETAC |
| Alfred State College | Alfred | New York | Surveying Engineering Technology | ETAC |
| Alfred State College | Alfred | New York | Computer Engineering Technology | ETAC |
| City University of New York, Bronx Community College | Bronx | New York | Electronic Engineering Technology | ETAC |
| City University of New York, Queensborough Community College | Bayside | New York | Computer Engineering Technology | ETAC |
| City University of New York, Queensborough Community College | Bayside | New York | Electronic(s) Engineering Technology | ETAC |
| City University of New York, Queensborough Community College | Bayside | New York | Mechanical Engineering Technology | ETAC |
| Erie Community College, North Campus | Williamsville | New York | Civil Engineering Technology | ETAC |
| Erie Community College, North Campus | Williamsville | New York | Electrical Engineering Technology | ETAC |
| Erie Community College, North Campus | Williamsville | New York | Mechanical Engineering Technology | ETAC |
| Erie Community College, North Campus | Williamsville | New York | Construction Management Engineering Technology | ETAC |
| Hudson Valley Community College | Troy | New York | Civil Engineering Technology | ETAC |
| Hudson Valley Community College | Troy | New York | Electrical Engineering Technology – Electronics | ETAC |
| Hudson Valley Community College | Troy | New York | Mechanical Engineering Technology | ETAC |
| Mohawk Valley Community College | Utica | New York | Electrical Engineering Technology | ETAC |
| Mohawk Valley Community College | Utica | New York | Mechanical Engineering Technology | ETAC |
| Mohawk Valley Community College | Utica | New York | Civil Engineering Technology | ETAC |
| Monroe Community College | Rochester | New York | Electrical Engineering Technology – Electronics | ETAC |
| Nassau Community College | Garden City | New York | Civil Engineering Technology | ETAC |
| Nassau Community College | Garden City | New York | Electrical Engineering Technology | ETAC |
| New York City College of Technology | Brooklyn | New York | Civil Engineering Technology | ETAC |
| New York City College of Technology | Brooklyn | New York | Electrical Engineering Technology | ETAC |
| New York City College of Technology | Brooklyn | New York | Electromechanical Engineering Technology | ETAC |
| New York City College of Technology | Brooklyn | New York | Mechanical Engineering Technology | ETAC |
| New York City College of Technology | Brooklyn | New York | Telecommunications Engineering Technology | ETAC |
| State University of New York College of Environmental Science and Forestry | Syracuse | New York | Land Surveying Technology | ETAC |
| State University of New York College of Technology at Canton | Canton | New York | Civil Engineering Technology | ETAC |
| State University of New York College of Technology at Canton | Canton | New York | Electrical Engineering Technology | ETAC |
| State University of New York College of Technology at Canton | Canton | New York | Mechanical Engineering Technology | ETAC |
| State University of New York College of Technology at Canton | Canton | New York | HVAC Engineering Technology | ETAC |
| SUNY Broome Community College | Binghamton | New York | Civil Engineering Technology | ETAC |
| SUNY Broome Community College | Binghamton | New York | Mechanical Engineering Technology | ETAC |
| SUNY Broome Community College | Binghamton | New York | Electrical Engineering Technology | ETAC |
| Vaughn College of Aeronautics and Technology | Flushing | New York | Aeronautical Engineering Technology | ETAC |
| Vaughn College of Aeronautics and Technology | Flushing | New York | Electronic Engineering Technology – Avionics Concentration | ETAC |
| Central Piedmont Community College | Charlotte | North Carolina | Computer Engineering Technology | ETAC |
| Central Piedmont Community College | Charlotte | North Carolina | Electrical Engineering Technology | ETAC |
| Central Piedmont Community College | Charlotte | North Carolina | Electronic(s) Engineering Technology | ETAC |
| Central Piedmont Community College | Charlotte | North Carolina | Mechanical Engineering Technology | ETAC |
| Central Piedmont Community College | Charlotte | North Carolina | Civil Engineering Technology | ETAC |
| Central Ohio Technical College | Newark | Ohio | Engineering Technology – Electrical Engineering Technology | ETAC |
| Cincinnati State Technical and Community College | Cincinnati | Ohio | Surveying and Mapping | ANSAC |
| Columbus State Community College | Columbus | Ohio | Electronic(s) Engineering Technology | ETAC |
| Cuyahoga Community College, Metropolitan | Cleveland | Ohio | Electrical/Electronic Engineering Technology | ETAC |
| Cuyahoga Community College, Metropolitan | Cleveland | Ohio | Electrical/Electronic Engineering Technology (Bio-Medical) | ETAC |
| Cuyahoga Community College, Metropolitan | Cleveland | Ohio | Mechanical Engineering Technology | ETAC |
| Cuyahoga Community College, Metropolitan | Cleveland | Ohio | Manufacturing Industrial Engineering Technology | ETAC |
| James A. Rhodes State College | Lima | Ohio | Electronic Engineering Technology | ETAC |
| James A. Rhodes State College | Lima | Ohio | Mechanical Engineering Technology | ETAC |
| Kent State University, Tuscarawas Campus | New Philadelphia | Ohio | Electrical/Electronic(s) Engineering Technology | ETAC |
| Kent State University, Tuscarawas Campus | New Philadelphia | Ohio | Mechanical Engineering Technology | ETAC |
| Lorain County Community College | Elyria | Ohio | Electronic Engineering Technology Computer Maintenance & Networking Major | ETAC |
| Lorain County Community College | Elyria | Ohio | Electronic Engineering Technology Applied Electronics Major | ETAC |
| Miami University | Oxford | Ohio | Electrical and Computer Engineering Technology | ETAC |
| Miami University | Oxford | Ohio | Mechanical Engineering Technology | ETAC |
| Sinclair Community College | Dayton | Ohio | Civil Engineering Technology | ETAC |
| Sinclair Community College | Dayton | Ohio | Electronic(s) Engineering Technology | ETAC |
| Stark State College | North Canton | Ohio | Electrical/Electronic Engineering Technology | ETAC |
| Stark State College | North Canton | Ohio | Mechanical Engineering Technology | ETAC |
| Stark State College | North Canton | Ohio | Civil Engineering Technology | ETAC |
| The University of Akron | Akron | Ohio | Land Surveying | ANSAC |
| Youngstown State University | Youngstown | Ohio | Electrical Engineering Technology | ETAC |
| Youngstown State University | Youngstown | Ohio | Mechanical Engineering Technology | ETAC |
| Youngstown State University | Youngstown | Ohio | Civil and Construction Engineering Technology | ETAC |
| Zane State College | Zanesville | Ohio | Electrical/Electronic(s) Engineering Technology | ETAC |
| Portland Community College | Portland | Oregon | Cybersecurity | CAC |
| Pennsylvania College of Technology | Williamsport | Pennsylvania | Civil Engineering Technology | ETAC |
| Pennsylvania College of Technology | Williamsport | Pennsylvania | Plastics and Polymer Technology | ETAC |
| Pennsylvania College of Technology | Williamsport | Pennsylvania | Welding Technology | ETAC |
| Pennsylvania State University, Behrend College | Erie | Pennsylvania | Electrical Engineering Technology | ETAC |
| Pennsylvania State University, Behrend College | Erie | Pennsylvania | Mechanical Engineering Technology | ETAC |
| The Pennsylvania State University | University Park | Pennsylvania | Mechanical Engineering Technology | ETAC |
| The Pennsylvania State University | University Park | Pennsylvania | Biomedical Engineering Technology | ETAC |
| The Pennsylvania State University | University Park | Pennsylvania | Electrical Engineering Technology | ETAC |
| The Pennsylvania State University | University Park | Pennsylvania | Surveying Engineering Technology | ETAC |
| Universidad Ana G. Mendez – Recinto de Carolina | Carolina | Puerto Rico | Electronic Engineering Technology | ETAC |
| Universidad Ana G. Mendez – Recinto de Carolina | Carolina | Puerto Rico | Engineering Technology in Avionics | ETAC |
| University of Puerto Rico at Bayamon | Bayamon | Puerto Rico | Civil Engineering Technology | ETAC |
| University of Puerto Rico at Bayamon | Bayamon | Puerto Rico | Industrial Engineering Technology | ETAC |
| University of Puerto Rico at Bayamon | Bayamon | Puerto Rico | Automation, Instrumentation, and Control Systems Technology | ETAC |
| University of Puerto Rico at Bayamon | Bayamon | Puerto Rico | Construction, Surveying and Roads Engineering Technology | ETAC |
| University of Puerto Rico at Humacao | Humacao | Puerto Rico | Electronics Technology and Nanotechnology | ETAC |
| University of Puerto Rico at Ponce | Ponce | Puerto Rico | Civil Engineering Construction Technology | ETAC |
| University of Puerto Rico at Ponce | Ponce | Puerto Rico | Civil Engineering Draft Technology | ETAC |
| University of Puerto Rico at Ponce | Ponce | Puerto Rico | Industrial Engineering Technology | ETAC |
| Denmark Technical College | Denmark | South Carolina | ElectroMechanical Engineering Technology | ETAC |
| Greenville Technical College | Greenville | South Carolina | Architectural Engineering Technology | ETAC |
| Greenville Technical College | Greenville | South Carolina | Electronic(s) Engineering Technology | ETAC |
| Greenville Technical College | Greenville | South Carolina | Mechanical Engineering Technology | ETAC |
| Greenville Technical College | Greenville | South Carolina | Construction Engineering Technology | ETAC |
| Greenville Technical College | Greenville | South Carolina | Engineering Design Technology | ETAC |
| Midlands Technical College | Columbia | South Carolina | Architectural Engineering Technology | ETAC |
| Midlands Technical College | Columbia | South Carolina | Civil Engineering Technology | ETAC |
| Midlands Technical College | Columbia | South Carolina | Electronic(s) Engineering Technology | ETAC |
| Orangeburg – Calhoun Technical College | Orangeburg | South Carolina | Electronics Engineering Technology | ETAC |
| Piedmont Technical College | Greenwood | South Carolina | Electronic(s) Engineering Technology | ETAC |
| Piedmont Technical College | Greenwood | South Carolina | Engineering Design Technology | ETAC |
| Spartanburg Community College | SPARTANBURG | South Carolina | Electronic(s) Engineering Technology | ETAC |
| York Technical College | Rock Hill | South Carolina | Computer Engineering Technology | ETAC |
| York Technical College | Rock Hill | South Carolina | Electronic(s) Engineering Technology | ETAC |
| York Technical College | Rock Hill | South Carolina | Engineering Graphics Technology | ETAC |
| York Technical College | Rock Hill | South Carolina | Mechanical Engineering Technology | ETAC |
| Austin Peay State University | Clarksville | Tennessee | Engineering Technology in Electronics Engineering Technology | ETAC |
| Chattanooga State Community College | Chattanooga | Tennessee | General Engineering Option in Applied Science | ANSAC |
| Chattanooga State Community College | Chattanooga | Tennessee | Engineering Systems Technology | ETAC |
| Chattanooga State Community College | Chattanooga | Tennessee | Electrical Engineering Technology | ETAC |
| Chattanooga State Community College | Chattanooga | Tennessee | Engineering Technology | ETAC |
| Chattanooga State Community College | Chattanooga | Tennessee | Mechatronics Technology | ETAC |
| Southwest Tennessee Community College | Memphis | Tennessee | Architectural Engineering Technology | ETAC |
| Southwest Tennessee Community College | Memphis | Tennessee | Computer Engineering Technology | ETAC |
| Southwest Tennessee Community College | Memphis | Tennessee | Electrical Engineering Technology | ETAC |
| Southwest Tennessee Community College | Memphis | Tennessee | Mechanical Engineering Technology | ETAC |
| Houston Community College | Houston | Texas | Electronic(s) Engineering Technology | ETAC |
| Houston Community College | Houston | Texas | Drafting & Design Engineering Technology | ETAC |
| Tyler Junior College | Tyler | Texas | Surveying and Geomatics | ANSAC |
| Vermont State University | Randolph Center | Vermont | Architectural and Building Engineering Technology | ETAC |
| Vermont State University | Randolph Center | Vermont | Civil and Environmental Engineering Technology | ETAC |
| Vermont State University | Randolph Center | Vermont | Computer Engineering Technology | ETAC |
| Vermont State University | Randolph Center | Vermont | Electrical Engineering Technology | ETAC |
| Vermont State University | Randolph Center | Vermont | Mechanical Engineering Technology | ETAC |
| Laurel Ridge Community College | Middletown | Virginia | Cybersecurity | CAC |
| Bluefield State University | Bluefield | West Virginia | Civil Engineering Technology | ETAC |
| Bluefield State University | Bluefield | West Virginia | Electrical Engineering Technology | ETAC |
| Bluefield State University | Bluefield | West Virginia | Mechanical Engineering Technology | ETAC |
| BridgeValley Community and Technical College | South Charleston | West Virginia | Civil Engineering Technology | ETAC |
| BridgeValley Community and Technical College | South Charleston | West Virginia | Electrical Engineering Technology | ETAC |
| BridgeValley Community and Technical College | South Charleston | West Virginia | Mechanical Engineering Technology | ETAC |
| Fairmont State University | Fairmont | West Virginia | Civil Engineering Technology | ETAC |
| Fairmont State University | Fairmont | West Virginia | Electronic(s) Engineering Technology | ETAC |
| Fairmont State University | Fairmont | West Virginia | Mechanical Engineering Technology | ETAC |
| Chippewa Valley Technical College | Eau Claire | Wisconsin | Manufacturing Engineering Technologist | ETAC |
| Chippewa Valley Technical College | Eau Claire | Wisconsin | Mechanical Design Technology | ETAC |
| Northeast Wisconsin Technical College | Green Bay | Wisconsin | Civil Engineering Technology | ETAC |
| Waukesha County Technical College | Pewaukee | Wisconsin | Mechanical Engineering Technology | ETAC |
| Waukesha County Technical College | Pewaukee | Wisconsin | Electrical Engineering Technology | ETAC |